While the initial position of a fish in the ocean is ro = (10.0i - 4.0j) m, its initial velocity vo = (4.0i +1.0j) m / s. After the fish moves with a constant acceleration for 20.0 seconds, its velocity is v = (20.0i - 5.0j) m / s seems to be. (a) Calculate the components of the fish's acceleration during motion? (b) its acceleration Calculate the direction with respect to the x-axis? (c) If the fish moves with the same acceleration, after 25 seconds Calculate its location and the direction of its velocity?
While the initial position of a fish in the ocean is ro = (10.0i - 4.0j) m, its initial velocity vo = (4.0i +1.0j) m / s. After the fish moves with a constant acceleration for 20.0 seconds, its velocity is v = (20.0i - 5.0j) m / s seems to be. (a) Calculate the components of the fish's acceleration during motion? (b) its acceleration Calculate the direction with respect to the x-axis? (c) If the fish moves with the same acceleration, after 25 seconds Calculate its location and the direction of its velocity?
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While the initial position of a fish in the ocean is ro = (10.0i - 4.0j) m, its initial velocity vo = (4.0i +1.0j) m / s. After the fish moves with a constant acceleration for 20.0 seconds, its velocity is v = (20.0i - 5.0j) m / s
seems to be. (a) Calculate the components of the fish's acceleration during motion? (b) its acceleration
Calculate the direction with respect to the x-axis? (c) If the fish moves with the same acceleration, after 25 seconds
Calculate its location and the direction of its velocity?
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